Bridgehill FireBlock Products

Research & Engineering

Bridgehill Engineering Lab
Developed by Bridgehill’s R&D team, FireBlock is available in multiple configurations to protect both flat and pitched roof; installed above or below waterproofing. It’s designed for solar retrofits and new builds, combining lab-tested materials with real-world fire performance. In wildfire-prone areas, FireBlock expands under heat to block flames, radiant heat, and embers safeguarding insulation and structure while supporting fire safety compliance.
The Bridgehill Fireblock Solar PV Membrane Family
How much does albedo really matter for solar energy production?
Research from NTNU, international studies, and Bridgehill Engineering Lab shows that surface reflectivity can make a measurable difference in bifacial PV performance, delivering up to 10–20% higher annual energy yield on reflective surfaces. This article explains how albedo works and why it matters for system design and return on investment.
Quantifying the Albedo Effect for PV Modules (1)
Bridgehill Fireblock Fire Proof Membrane (1)
How common are fires in solar panel systems and what causes them?
Research from Fraunhofer, BRE and Bridgehill shows that most PV fires start on the DC side due to arc faults or poor installation. Roof insulation and design play a critical role in fire spread. This article summarizes key findings and how to reduce risk through smart material choices and inspections.
Membrane Material 2
roll solar fire-bg
Bridgehill® introduces the world’s first fire safe
roof membran: FireBlock. This innovative membrane
is engineered to prevent fire from spreading into the
building structure. FireBlock protects against fires from
solar panel (PV) systems, wildfires, and emberstorm.
FireBlock delivers unmatched fire protection
and full compliance with strict safety standards.
Frank 6
Meet Thor Brubakken
Thor brings a strong engineering background and broad experience across renewable energy and fire‑safety technologies. He has held leadership roles in solar‑ and building‑systems firms. At Bridgehill, he leads the development of advanced containment solutions™, driving high‑performance product architecture, scalability, and integration with global energy installations.